■From research and development to satellite operational support, TAMADIC offers a wide range of leading-edge technologies
As many as 3,000,000 parts make up a single aircraft. Maximum precision and reliability are absolute requirements in the
production of rockets and satellites. TAMADIC is known for its ability to spin off technological expertise from the aerospace
field into other industries and for its preeminence in high-value added industries. Since its establishment, TAMADIC has been
involved in the development and manufacture of Japanese-made aircraft and rockets and for the important role it plays in the
development of the aerospace field. From its research and development activities drawing on a wide array of analytical and
simulation technologies to its in-house manufacturing capabilities for parts and airframe assembly in its engineering division,
TAMADIC takes the lead in its overall contributions to the aerospace industry.
Strength analysis (B787, HTV, F2, F15, Mitsubishi SpaceJet) | Design of rocket and aircraft testing equipment |
Flight analysis | Design of aircraft manufacturing equipment |
Design of aircraft structures (F15, F2) | Mitsubishi SpaceJet control design |
Vibration testing and data analysis | Missile-related software design |
Launch site facilities (H2A, H2B, JEM, HTV) | Aircraft control design |
Design of aerospace structures | Design of demonstration aircraft, rotary wing, and models Aircraft interior design |
Design of aircraft structures (F15, F4) | Rocket flight analysis |
Design of aircraft parts | Testing, research, and analysis of aircraft and rockets |
Design of aircraft equipment (F15, F4, Mitsubishi SpaceJet) | HTV design |
Design of aircraft electrical systems (F15, F4, SH60K) | Space station structural design |
Simulator testing (SH60K, F15, F2) | Development of flight simulator software |
Quality assurance | Fixed wing, rotary wing, spacecraft (H2A, HTV, Mitsubishi SpaceJet) Rocket launch facilities support |
Design of aircraft structures (F15, F4) | Rocket flight analysis |
Design of aircraft parts | Testing, research, and analysis of aircraft and rockets |
Design of aircraft equipment (F15, F4, Mitsubishi SpaceJet) | HTV design |
Design of aircraft electrical systems (F15, F4, SH60K) | Space station structural design |
Simulator testing (SH60K, F15, F2) | Development of flight simulator software |
Quality assurance | Fixed wing, rotary wing, spacecraft (H2A, HTV, Mitsubishi SpaceJet) |
Rocket launch facilities support | Rocket engine development and design |
Development and design of airframes | Development and design of missiles |
Analysis and testing of strength, vibration, impact, and aerodynamics | Development and design of electronic equipment |
Rocket performance testing support | Jig design for rockets and missiles |
Analysis and design using FEM |